How To Use Bohr In A Sentence
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In this short note , we shall describe a Niels Bohr monument newly established in Copenhagen.
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When physicists write or say ‘as Newton/Einstein/Bohr/Feynman once said…’, it immediately gives them authority by closely identifying them with one of the giants of physics - or so they think.
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The name ‘bohrium ‘was recommended for 107 (instead of GSI's choice of nielsbohrium), and ‘hahnium ‘for 108 (instead of GSI's choice of hassium).’
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You're awesome floreta, as are all your picks, I would go with aristotle, socrates, bohr, nikola tesla
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Could this be the basis of a Bohr-like complementarianism?
Are dem bunny prints?
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Bohr and Heisenberg are among the first to realize that in splitting the atom mankind has acquired the power to destroy itself.
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According to Bohr, the only real properties of natural phenomena are observed phenomena.
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Bohr and Wheeler envisioned that a nucleus may undergo oscillations like a liquid drop.
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Four years earlier Bohr had left Manchester full of exciting but undigested ideas about the atom.
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Caserta and Bohrman are among those facing a criminal trial this month on mail and wire fraud charges.
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The concept of complementarities, conceived of in the 1920s by the physicist Niels Bohr, says that to understand the behavior of electrons, it is necessary to describe them as point like particles and extended waves.
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He borrows this idea from quantum mechanics and the work of the physicist Niels Bohr on wave-particle duality.
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In collaboration with Bohr and K.A. Hasselbalch the influence of the CO2 tension on the oxyhemoglobin dissociation curve of the blood was demonstrated.
August Krogh - Biography
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Bohr's refutation of Einstein's supposition of complemental gravity was the real blunder in all of science and so we pay dearly for it
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Lindsey Bohrer, spokesman for the BMV, which is part of the Ohio Department of Public
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As far as I know, there is only one factual error in it, misdating a photograph of Einstein and Bohr as being from 1920 rather than the correct date of 1930.
Einstein & Bohr
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Bohr and Wheeler envisioned that a nucleus may undergo oscillations like a liquid drop.
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The Germans suggested the name nielsbohrium, which the Soviets had suggested be given to element 105, to honor the Danish physicist Niels Bohr.
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The concept immediately excited Niels Bohr, Pauli, Einstein, Heisenberg and others interested in quantum theory.
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Examples of semiclassical models include the “Heisenberg microscope” (page 38) and the Bohr model of hydrogen (page 49).
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One of the most obvious advantages of the Parson magneton is that it affords a rational basis for the assumption made by Bohr, viz. that an electron rotating in a stable orbit does not radiate.
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Few atoms have ever been made, but if enough were found in one area, bohrium would constitute a radiation hazard.
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Starting from this idea Kusch made a series of very careful investigations and found in 1947 that the magnetic moment of the electron is larger than the Bohr magneton by about one part in a thousand.
Nobel Prize in Physics 1955 - Presentation Speech
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It must nevertheless be recorded that a minority of physicists have found themselves unable to accept this view of Quantum Mechanics, so strongly advocated by Bohr.
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Bjarne Andresen, PhD, dr. scient, physicist, published and presents on the impossibility of a “global temperature”, Professor, The Niels Bohr Institute, University of Copenhagen, Denmark
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The originally proposed names of these elements by IUPAC were, in order, dubnium, joliotium, rutherfordium, bohrium, hahnium, and meiterium.
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Neils Bohr's model of the atom, set forth in a series of papers in 1913, described atoms as constantly in motion, continuously vibrating, and moving.
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Only a few atoms of bohrium have ever been made, and it will probably never be isolated in observable quantities.
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This is because bohrium decays very rapidly through the emission of particles.
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So Powers, using his space to reassert the credibility of his old, published thesis of Heisenberg as saboteur, might instead have helped us to explain the trajectory of Heisenberg's change of mind and mood in those years, from the confident weaponeer and propagandist Bohr understood him to be in September 1941, to his disillusion as the final tragedy unfolded.
'Copenhagen': An Exchange
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Dr. Marinescu was the chief architect of a real-time data acquisition and analysis system used in experiments leading to the discovery of the superheavy elements; meitnerium, hessium, and nielsbohrium.
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The element bohrium was first identified on February 24, 1981.
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Bohr may be thought to have got perilously close to this when he suggested that complementarity could shed light on the age-old question of determinism and free will in relation to human nature.
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There is no doubt that Bohr's influence was immense.
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Bohrium, rather than the proposed nielsbohrium, has the same name as the element boron in both Russian and German.
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Lakatos gives a fairly detailed account of Bohr's theory of the atom as another convincing example.
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In collaboration with Bohr and K.A. Hasselbalch the influence of the CO2 tension on the oxyhemoglobin dissociation curve of the blood was demonstrated.
August Krogh - Biography
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An international collaboration of radiochemists has determined the volatility of bohrium, element 107 - the heaviest element yet whose chemistry has been successfully investigated.
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The Nizari and Mustali-Tayyibi Ismailis of South Asian origins have been more commonly designated, respectively, as Khojas and Bohras.
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Its former names have included hahnium, joliotium and nielsbohrium
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Real togetherness Einstein licked his wounds after his long drawn out battle with Bohr about the uncertainty principle.
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Elements 107, 108 and 109 are also uncontested discoveries and CNIC accepted the proposals of the discoverers in the Darmstadt group, except for bohrium, rather than nielsbohrium for 107, after consultation with Danish authorities.
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In 1997, however, the name bohrium for element 107 was recognized internationally.
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There is no doubt that Bohr's influence was immense.
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Electrons move from one orbital into another by absorbing or emitting a quantum of energy, just as Bohr explained.
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In July 1913 Bohr was appointed as a docent in Copenhagen.
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The same is true of element 105, called hahnium by one group and nielsbohrium by the other.
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But Bohras and Khojas have their own respective leaders they call Imams and give religious value to them.
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It was a bold move but Bohr's already high reputation meant that he would be taken seriously.
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Pascal Zachary writes, Designers led by Mr. Bohr in Hillsboro, Ore., chose hafnium to replace silicon oxide, the venerable insulator in chips and a material used in making glass.
EconLog: Growth: Causal Factors Archives
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It was suggested by the American physicist Breit that the reason for this could be that the magnetic moment of the electron is somewhat different from the value assumed until then which is called a Bohr magneton.
Nobel Prize in Physics 1955 - Presentation Speech
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Bohr realized that the idea of a quantum of energy could explain how the electrons in the atom are arranged.
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One beneficiary of the trust was Niels Bohr, the Danish atomic physicist who went on to win the Nobel prize.
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If I am talking something about the Bohr model and you start giving me some core dump about what you know about the Bohr model, it doesn't go by the pound.
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Moreover, the experiment rendered it possible to estimate the magnetic factors of the electron, which proved to be in close accord with the universal magnetic unit, the so-called "Bohr's magneton".
Nobel Prize in Physics 1943 and 1944 - Presentation Speech
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He also built a guest house for visiting scientists and hosted such notables as Albert Einstein, Niels Bohr, and Enrico Fermi.
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In truth, Bohr's atom, in which electrons orbit around a dense nucleus like planets around the sun, had already been largely envisaged by Rutherford.
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Due to its extremely short half-life, there's no reason for considering the effects of bohrium in the environment.
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Physicist Niels Bohr believed, that if you held opposites together, then you suspend your thought, and your mind moves to a new level.
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In fact, a quantum mechanician like Bohr would say that, in the absence of an experiment to determine them, these quantities have no existence at all.
Einstein: An Exchange
